УЗИ аппарат Mindray Consona N8

Manufacturer
Mindray

Ultrasound machine Mindray Consona N8

An innovative solution for general medical imaging, diagnostics in gynecology, obstetrics, vascular research and cardiology. Consona N8 ultrasound machines are designed by Mindray specifically for the needs of emergency doctors, gynecologists, obstetricians, cardiologists, and therapists. It embodies the latest technologies and solutions for various scenarios, which allows you to quickly make accurate diagnoses for patients of different ages, gender, with different diseases.
The basis of the effectiveness of the ultrasound system is intelligent solutions and medical imaging tools. First of all, ZST + and STE are the key to creating accurate and detailed images, their research and analysis. The intelligent ZST+ platform allows you to transform ultrasound and create images in high spatial and temporal resolution.

Capabilities

  • Sound sensory elastography STE. Shear wave elastography, implemented in Consona N8, provides: improving the quality of the assessment of the stiffness of the study area; increased sensitivity and deep penetrating power; reliable quantification with high repeatability. The result is a two-dimensional color elastogram and an accurate assessment, indispensable in the diagnosis of the abdominal cavity and small pelvis.
  • High-precision hemodynamics HR Flow. Mindray technology displays blood flow with greater spatial and temporal resolution even in the case of small vessels.
  • Clear display of small and overlapping vessels. Glazing Flow is a color/power Doppler flow technique with 3D visualization that complements the study of hemodynamics and the structure of small and overlapping vessels.
  • Real-time 4D visualization with iLive. Mindray Consona N8 realizes high-speed volumetric visualization of superficial and internal anatomical structures, which guarantees: photorealistic representation of details; 4D rendering with multiple lights.

Technologies of Mindray Consona N8 ultrasound system

  • smart track. Automated vascular examination and image optimization;
  • Smart Breast. Intelligent and standardized breast scanning with Bi-RADs analysis. Automatic lesion detection, measurement, annotation, analysis and reporting;
  • Auto EF. Automatic determination of heart planes and myocardial boundaries, recognition of systolic and diastolic images, measurement of EDV (EDV), ESV (ESV), EF (EF);
  • Smart Scene 3D. Comprehensive obstetric solution based on ZST+ with automatic tissue characterization, image optimization and quantification;
  • smart face. Image of the face of the fetus in one click;
  • iScanHelper. Scanning Guide (images and text);
  • smart vue. Scanning guidance, automatic recognition and capture of standard planes;
  • iWorks. Automatic process protocol for scan standardization.

Sensors for Consona N8

 

  • SC5-1N - single crystal convex probe for obstetrics, gynecology, urology, abdominal and vascular studies;
  • C5-1 - convex probe for vascular (peripheral vessels), fetal and abdominal studies, gynecology and obstetrics;
  • V11-3H - microconvex probe for obstetrics, gynecology, urology;
  • V11-3B – microconvex intracavitary probe for gynecology, obstetrics and urology;
  • SP5-1N - sector phased monocrystalline transducer for obstetrics, gynecology, urology, abdominal, skeletal and muscle studies, vascular studies;
  • SD8-1 - single crystal volumetric (3D) convex probe for gynecology and obstetrics;
  • D7-2 - convex volumetric sensor for gynecology, obstetrics, abdominal organs;
  • DE11-3 - microconvex intracavitary probe for gynecology and obstetrics;
  • L13-3N – linear transducer for vascular research, diagnostics of the breast, muscles and joints;
  • L9-3 - linear transducer for vascular research and diagnostics of small organs;
  • L16-4Hs - linear intraoperative sensor for vascular surgery, musculoskeletal system, nervous system;
  • CW5s - phased pencil transducer for vascular examination in spectral Doppler mode;
  • CW2s is a sector phased pencil transducer for "blind" cardiovascular studies and brain diagnostics.

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